Performance is more than just raw speed for supercar enthusiasts. Driving a supercar is about control, precision, and reliability. Here, braking is as crucial as acceleration. High-performance vehicles need a braking system capable of handling intense speeds and rapid deceleration while ensuring safety. This is where ceramic brakes come into play and are better for supercars: they improve stopping power and contribute to a more responsive and enjoyable driving experience.
Better performance
Ceramic brakes have a higher friction coefficient, making them a better option for sports cars. The higher number means cars need less braking distance than they do with metallic brake pads. The carbon in ceramic brakes results in a reduced braking activation time. This means cars slow down faster than they do with traditional braking systems.
Studies suggest that carbon ceramic brake pads can bring down the braking distance on the car by almost 10 feet compared to traditional brake pads—this applies to speeds approaching 60 mph. This seemingly small distance can be a lifesaver in case of accidents or similar mishaps.
No brake fade
In sports cars, the quality of braking significantly affects the quality of the car’s performance. With carbon-ceramic discs, the braking force is maintained and remains stable. The brakes operate well despite repeated use and function well, even at higher temperatures, which makes the ceramic brakes resistant to brake fade. Even under severe braking conditions, the ceramic brakes maintain this performance, providing a distinct advantage over cast-iron or metallic brakes. Ceramic brakes are prone to brake fades, especially after repeated use.
That said, the brake pad’s characteristics are more evident or distinguishable in extreme situations. People can properly gauge the difference in their car’s performance when driving on the track, going downhill, or taking hairpin turns in the mountains.
Improved car handling
There is a huge difference in the weight of a carbon-ceramic brake pad and a traditional brake pad. This weight can significantly affect the system’s overall performance, as it can change how the supercar handles and accelerates. There can be visible differences in the vehicle’s overall efficiency as well. The lighter weight of the ceramic brakes enhances the car’s agility, resulting in a more responsive driving experience when maneuvering the car at high speeds. The reduction in rotational mass also improves acceleration, and the engine requires less effort to move the vehicle forward. In racing and performance driving, every millisecond counts, which is why a lighter braking system can greatly benefit the driver’s lap times and deliver a superior driving experience.
Longer lifespan
Traditional steel brake rotors typically wear down relatively quickly. This wear is particularly pronounced in conventional brake pads, especially with frequent high-speed braking. Many standard brake systems may need replacement after every 30,000 to 70,000 miles, although this can vary based on the driving habits and conditions.
Ceramic brakes, on the other hand, are known for their exceptional durability and longevity. They can last nearly twice as long as traditional brake systems under normal usage, making them a worthwhile long-term investment for sports car owners. The unique composition of ceramic brakes gives them greater resilience, resulting in high resistance to wear and corrosion.
While steel rotors commonly rust over time, ceramic rotors can withstand harsh weather conditions, making them suitable for year-round use. Ceramic brakes perform efficiently on both wet roads and dry asphalt. The extended lifespan of ceramic brake pads means fewer replacements and reduced maintenance costs. Although the initial price of ceramic brakes may appear higher, their longevity often offsets this initial expense.
Quieter operation
Brake noises can be both annoying and a significant issue in high-performance vehicles. Traditionally used steel brakes often produce squealing, grinding, or rattling sounds. The noises are enhanced when the brake pad shows signs of wear and tear. These noises can result from vibrations between the brake pad and the rotor. Alternatively, they can also be an indication of moisture and debris present inside. On the other hand, ceramic brakes produce significantly less noise during operation. Their advanced composition allows for smoother braking even at high speeds. Plus, they operate with minimal vibration, leading to a quieter and more refined driving experience. Even under aggressive braking, ceramic brakes maintain a consistent and controlled feel, considerably reducing unwanted noise in the cabin. This is one of the reasons ceramic brakes are an ideal choice for supercar drivers. It is especially beneficial for those who prioritise comfort and performance to ensure a smooth ride without distractions from squealing brakes.
Less brake dust
Brake dust is a common issue with traditional braking systems, particularly steel or cast iron ones. As brake pads wear down, they release fine metallic dust that accumulates on the vehicle’s wheels. This necessitates frequent cleaning; if left untreated, it can cause long-term damage to the braking system. On the other hand, ceramic brakes produce significantly less dust compared to conventional brakes. The materials used in ceramic brake pads and rotors generate finer particles; these are less likely to adhere to the wheels, allowing sports car owners to enjoy cleaner wheels and reducing maintenance frequency. Overall, ceramic brakes provide a practical advantage by minimizing grime buildup and preserving the appearance of the wheels.
